# A tibble: 6 x 8
volcano_name latitude longitude primary_vol~1 country last_~2 html popup~3
<chr> <dbl> <dbl> <chr> <chr> <chr> <glu> <chr>
1 Abu 34.5 132. Shield(s) Japan -6850 <p>A~ <b>Vol~
2 Acamarachi -23.3 -67.6 Stratovolcano Chile Unknown <p>A~ <b>Vol~
3 Acatenango 14.5 -90.9 Stratovolcan~ Guatem~ 1972 <p>A~ <b>Vol~
4 Acigol-Nevsehir 38.5 34.6 Caldera Turkey -2080 <p>A~ <b>Vol~
5 Adams 46.2 -121. Stratovolcano United~ 950 <p>A~ <b>Vol~
6 Adatarayama 37.6 140. Stratovolcan~ Japan 1996 <p>A~ <b>Vol~
# ... with abbreviated variable names 1: primary_volcano_type,
# 2: last_eruption_year, 3: popup_info
Interesting Facts
Volcanic terrain is the result of the accumulation of erupted lava, unlike mountains that are the result of erosion of earth’s crust, uplifting, folding, and faulting. A vent that connects the molten areas or molten rock(magma) are formed through a series of cracks beneath and within the volcano. Approximately there are 1,350 potentially active volcanos world wide. link
About the Plot
The bubbles are showing the total number of volcanos in those regions
The color scheme is showing the different types of volcanos
The popups show the name of the volcano and when it last erupted
Interesting Facts About Plot
Interesting Facts About Plot
Interesting Facts About Plot